Building a Sustainable Future

At Sika, we believe that sustainability is not just a goal, but a guiding principle for all our business activities. With a strategic vision toward a Net Zero future, Sika is striving every day to minimize our carbon footprint, optimize resources, and lead the way in circular economy solutions. We understand that every ton of CO2 reduced is a vital step in protecting the planet. Therefore, Sika has been implementing practical projects, transforming even the smallest actions into measurable results.

Taking Action for a Sustainable Future

🍃 Reducing Carbon Emissions – Towards Green Energy

We continuously improve our operational processes and apply modern technologies to minimize greenhouse gas emissions.

Automated forklift in warehouse aisle

Green Fleet Transition

Replacing the entire diesel forklift fleet with electric alternatives, eliminating 9.4 tons of direct CO2 emissions at the factory.

LED Lighting Retrofit

Replacing the entire incandescent lighting system with modern LEDs, reducing 20 tons of CO2 annually.
Solar panels on industrial rooftop

Renewable Energy

Installed a solar rooftop system at the Bac Ninh plant, reducing energy consumption by 160 MWh/year.

Supply Chain Optimization

Refining production and transportation processes to minimize distribution distances, saving 24 tons of CO2 per year.
Industrial stainless steel tanks and pipes

Waste Heat Recovery

The heat recovery system from chillers saves 36 tons of CO2 per year.

     

💧 Water Management & Circular Economy

Sika focuses on water conservation and waste reduction through smart reuse solutions.

Water Resource Optimization

The rainwater harvesting and reuse system at the Bac Ninh plant for domestic use and irrigation saves 1,100 m3 of water per year..

Cleaning Process Improvement

Optimizing the production matrix and cleaning procedures to reduce wash cycles, saving 1,300 m3 of water per year.

Green Cleaning Technology

Implementing Spray Ball technology for tank cleaning, reducing annual water consumption by an additional 500 m3.